Part 418 - Operating Criteria and Procedures for the Newlands Reclamation Project, Nevada  


Enforcement
§ 418.28 - Conditions of delivery.
§ 418.29 - Project management.
§ 418.30 - Provisions required in future contracts.
General Provisions
§ 418.1 - Definitions.
§ 418.2 - How Project water may be used.
§ 418.3 - Effect of these regulations on water rights.
§ 418.4 - Prohibited deliveries.
§ 418.5 - Responsibility for violations.
§ 418.6 - Fallon Paiute-Shoshone Indian Reservation.
Water Management and Conservation
§ 418.31 - Conservation measures.
§ 418.32 - Cooperative programs.
Operations and Management
§ 418.16 - Using water for power generation.
§ 418.17 - Truckee and Carson River water use.
§ 418.18 - Diversions at Derby Dam.
§ 418.19 - Diversions from the Truckee River to the Truckee Division.
§ 418.20 - Diversions from the Truckee River to Lahontan Reservoir, January through June.
§ 418.21 - Diversion of Truckee River water to Lahontan Reservoir, July through December.
§ 418.22 - Future adjustments to Lahontan Reservoir storage targets.
§ 418.23 - Diversion of Rock Dam Ditch water.
§ 418.24 - Precautionary drawdown and spills from Lahontan Reservoir.
§ 418.25 - Water use for other than Newlands Project purposes.
§ 418.26 - Charges for water use.
§ 418.27 - Distribution system operation.
Monitoring Diversions
§ 418.14 - Recordkeeping requirements.
§ 418.15 - Operations monitoring.
Implementation
§ 418.33 - Purpose of the implementation strategy.
§ 418.34 - Valid headgate deliveries.
§ 418.35 - Efficiencies.
§ 418.36 - Incentives for additional long term conservation.
§ 418.37 - Disincentives for lower efficiency.
§ 418.38 - Maximum allowable diversion.
Conditions of Water Delivery
§ 418.7 - Who may receive irrigation deliveries.
§ 418.8 - Types of eligible land.
§ 418.9 - Reporting changes in eligible land.
§ 418.10 - Determining the amount of water duty to be delivered.
§ 418.11 - Valid headgate deliveries.
§ 418.12 - Project efficiency.
§ 418.13 - Maximum allowable limits.
Appendix A to Part 418 - Calculation of Efficiency Equation